Solar battery storage

The Perfect Solar Battery Storage For Backup

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    Australians are on top when it comes to using renewable energy sources, especially solar energy. The nation got to number one rank in 2018 in terms of highest per-capita solar energy for every Australian with 600 watts of solar energy for every individual. This increasing trend shows the tremendous ability of Australia to produce solar energy on a large scale. On average, the summer season offers more than eight hours of sunlight which is a quite favorable situation for harvesting solar energy. Australia has also set the record for the largest solar battery storage facility globally, located in South Australia. The facility was initially designed to store 100 MW solar energy is now updated to store 150 MW energy. The facility is based on lithium-ion technology that shows the tremendous potential and scope for expansion on a large scale. Deep Cycle Systems is an Australian-based company that provides premium energy solutions, including DCS batteries, Solar systems, energy products, and their accessories.

    Lead Acid Battery vs. Lithium Battery for solar storage:

    Indeed lead-acid batteries are a long-serving storage facility introduced in 1859 by French physicist Gaston Planté; however, the technology seems outdated as the researchers have developed a more comprehensive and ideal battery bank named lithium-ion batteries. The new generation is brilliant in many ways and supersedes the lead-acid batteries in numbers. Lead-acid batteries require regular maintenance and checkups to avoid damage. These batteries come with a shorter life span, while you can’t discharge them fully as there could be severe damage to them. The suitable discharge level is by half, which means that only half of the stored energy is useable, i.e., if you have a 100ah lead-acid battery, you can only use 50ah of it.

    Further, you must place them in some ventilated place to escape any possible blast if hydrogen gas evolved more than 4%. The scenario is favorable when using a lithium battery that addresses the inherited issues by a lead-acid battery. These lithium batteries offer a longer life span; typically, a lithium-ion power battery provides thousands of life cycles, while you need not worry about its maintenance as there is no need to replace acid. The lithium batteries are able to offer a deep discharge ability of up to 90%, which enables them to use for a long backup time. The latest technology comes with a quick charging feature. Typically a lifepo4 battery takes 3 hours to charge fully, whereas a lead-acid battery can take charging time threefold.

    Usage:

    Lithium batteries are user-friendly and can be used in a number of ways. The most in-demand usage of a solar battery is in a solar system to get back up for non-solar harvesting time. You can choose the suitable capacity for your solar battery storage as per the needs of the solar system. You can choose an on-grid solar system or an off-grid solar system if you are residing in a remote location. Other things to consider include voltage level, i.e., 12v solar battery, 24v solar battery, or a 48v solar battery that matches you the most. At the same time, the ampere-hours tell about the backup time you can get from it.

    Call Us:

    If you have any queries or want to purchase the perfect battery for your solar system, you can contact our customer care representatives. They will answer all your questions. Our customer services team ensures they meet what is expected. The technical experts at Deep Cycle Systems provide you seamless support to ensure you have the best energy solution for your unique requirements. Give us a call at 1300 795 327 or write an email to us at info@deepcyclesystems.com.au

    Buy Now or Call us now at 1300-795-327